A History of Physics in Its Elementary Branches: Including the Evolution of Physical Laboratories

Ampère Ångström apparatus Arago battery became Berlin bodies Boyle century chemistry coil colours Consult Descartes discovery distance earth electric electromagnetic electromotive force emission theory energy England experimental experiments Faraday Faraday's force Franklin Fresnel Galileo galvanometer gases German glass Helmholtz Henry Hertz Humphry Davy Huygens instrument invention investigation iron James Clerk Maxwell John Canton Joule Kirchhoff laboratory later lectures Leyden jar light lines liquid London Lord Kelvin machine magnetic mathematical Maxwell mechanical mercury metals motion Nature needle Newton observed Opticks Ostwald's Klassiker P. G. Tait paper Paris phenomena philosophers physicist physics polarization poles pressure prism professor published radiant heat radiation rays refraction researches Robert Hooke ROSENBERGER rotation Royal Society says scientific Smithsonian Report solar spectra spectrum telescope temperature theory thermometer Thomas Young tion Trans tube Tyndall University velocity vibrations wave William Thomson wire